Stereo Biological Microscopes
Olympus SZ51 – versatile stereo microscope
Key Features:
Excellent image flatness
Sharp, bright and high contrast optics
Best zoom ratio in its class
Targeted to basic research and education
The versatile and cost-efficient Olympus SZ51 zoom stereo microscope offers a broad range of functions for observation and documentation of specimens in life science. New ComfortView eyepieces ensure fast, comfortable observation. The world's first universal LED integrated illumination stand brings all the advantages of LED technology to stereo microscopy. Ideal for imaging as LEDs have a constant color temperature.
Phenomenal image flatness and depth of focus
The small angle convergence of the image forming path in the Greenough optical system ensures excellent image flatness with deep depth of focus.
ComfortView eyepieces
Quick, comfortable observation is ensured by this completely new eyepiece design featuring pupil aberration control and appropriate positioning in the eyepoint.
LED-Illumination
The world's first universal reflected/transmitted light LED illumination stand brings together all the advantages of LED technology. The flat, high-brightness LEDs allow successfull integration of transmitted illumination into a very slim base which in turn facilitates easy specimen access and manipulation.
Documentation
Olympus Camedia Cameras can be adapted via the optional eyesleeve adapter. Transfer data via USB to a PC or use the optional available combination of frame grabber and DP-Soft software for easy data archiving and image processing.
Key Features:
Excellent image flatness
Sharp, bright and high contrast optics
Best zoom ratio in its class
Targeted to basic research and education
The versatile and cost-efficient Olympus SZ51 zoom stereo microscope offers a broad range of functions for observation and documentation of specimens in life science. New ComfortView eyepieces ensure fast, comfortable observation. The world's first universal LED integrated illumination stand brings all the advantages of LED technology to stereo microscopy. Ideal for imaging as LEDs have a constant color temperature.
Phenomenal image flatness and depth of focus
The small angle convergence of the image forming path in the Greenough optical system ensures excellent image flatness with deep depth of focus.
ComfortView eyepieces
Quick, comfortable observation is ensured by this completely new eyepiece design featuring pupil aberration control and appropriate positioning in the eyepoint.
LED-Illumination
The world's first universal reflected/transmitted light LED illumination stand brings together all the advantages of LED technology. The flat, high-brightness LEDs allow successfull integration of transmitted illumination into a very slim base which in turn facilitates easy specimen access and manipulation.
Documentation
Olympus Camedia Cameras can be adapted via the optional eyesleeve adapter. Transfer data via USB to a PC or use the optional available combination of frame grabber and DP-Soft software for easy data archiving and image processing.
Published in
Olympus Microscopes
Olympus SZ61 – full featured stereo microscope
Key Features:
Wide variety of lighting systems, stands and accessories
Unique LED integrated illumination stand
Top zoom performance
Ready for digital camera adaptation
Based on the SZ51, but with superior optical performance, the Olympus SZ61 zoom stereo microscope is ideal for routine and advanced stereo microscopic observation in life science, especially for those applications that require image documentation. Various illumination solutions maximise visibility in different tasks.
Product features:
Phenomenal image flatness and depth of focus
The small angle convergence of the image forming path in the Greenough optical system ensures excellent image flatness with deep depth of focus.
Outstanding Zoom Ratio
The class leading magnification range allows quick, comfortable observations of any given specimen at the most appropriate magnification.
ComfortView eyepieces
Quick, comfortable observation is ensured by this completely new eyepiece design featuring pupil aberration control and appropriate positioning in the eyepoint.
LED-Illumination
The world's first universal reflected/transmitted light LED illumination stand brings together all the advantages of LED technology. The flat, high-brightness LEDs allow successfull integration of transmitted illumination into a very slim base which in turn facilitates easy specimen access and manipulation.
Documentation and analysis
Olympus digital cameras can be adapted via the C-Mount port at the SZ61TR. Choose the camera model which fits best your applications. Add one of our software packages depending on your needs which could range from easy archiving up to thorough analysis and reporting of your data.
Key Features:
Wide variety of lighting systems, stands and accessories
Unique LED integrated illumination stand
Top zoom performance
Ready for digital camera adaptation
Based on the SZ51, but with superior optical performance, the Olympus SZ61 zoom stereo microscope is ideal for routine and advanced stereo microscopic observation in life science, especially for those applications that require image documentation. Various illumination solutions maximise visibility in different tasks.
Product features:
Phenomenal image flatness and depth of focus
The small angle convergence of the image forming path in the Greenough optical system ensures excellent image flatness with deep depth of focus.
Outstanding Zoom Ratio
The class leading magnification range allows quick, comfortable observations of any given specimen at the most appropriate magnification.
ComfortView eyepieces
Quick, comfortable observation is ensured by this completely new eyepiece design featuring pupil aberration control and appropriate positioning in the eyepoint.
LED-Illumination
The world's first universal reflected/transmitted light LED illumination stand brings together all the advantages of LED technology. The flat, high-brightness LEDs allow successfull integration of transmitted illumination into a very slim base which in turn facilitates easy specimen access and manipulation.
Documentation and analysis
Olympus digital cameras can be adapted via the C-Mount port at the SZ61TR. Choose the camera model which fits best your applications. Add one of our software packages depending on your needs which could range from easy archiving up to thorough analysis and reporting of your data.
Published in
Olympus Microscopes
Olympus SZX7 – compact stereo microscope
Key Features:
Flexible modular system
Best resolving power in its class
Outstanding zoom ratio
Wide range of observation methods
The combination of modularity and performance makes the new Olympus SZX7 outstanding in its class. Equipped with advanced infinity corrected optics, a zoom ratio of 7:1 and a flexible modular design, the Olympus SZX7 provides the optimal image for any specimen with a resolution of up to 600 lines/mm. Rapid and comfortable observation is ensured by the new ComfortView eyepieces.
Optical excellence
The new Galilean Optical System in combination with the distortion free objective lens series and their large numerical apertures provide the optimal image for any specimen at any appropriate magnification.
Ergonomy
The continuously adjustable tilting binocular tube enables the operator to quickly find the most comfortable eyepoint position which minimizes the risk of back strain and muscle tension and promotes productivity and quality in routine applications.
Fluorescence
For the macro fluorescence observation of living cells and organisms with GFP, Olympus supplies with the RFL fluorescence illuminator and specialized digital cameras highest brightness and contrast in fluorescence imaging.
LED-Illumination
The world's first universal reflected/transmitted light LED illumination stand brings together all the advantages of LED technology. The super slim, high-brightness LEDs successfully integrates transmitted illumination in a very slim base thgat allows easy specimen access and manipulation.
Documentation and analysis
Olympus digital cameras can be adapted via the optional available trinocular tube and side port. Choose the camera model which fits best your applications. Add one of our software packages depending on your needs which could range from easy archiving up to thorough analysis and reporting of your data.
Key Features:
Flexible modular system
Best resolving power in its class
Outstanding zoom ratio
Wide range of observation methods
The combination of modularity and performance makes the new Olympus SZX7 outstanding in its class. Equipped with advanced infinity corrected optics, a zoom ratio of 7:1 and a flexible modular design, the Olympus SZX7 provides the optimal image for any specimen with a resolution of up to 600 lines/mm. Rapid and comfortable observation is ensured by the new ComfortView eyepieces.
Optical excellence
The new Galilean Optical System in combination with the distortion free objective lens series and their large numerical apertures provide the optimal image for any specimen at any appropriate magnification.
Ergonomy
The continuously adjustable tilting binocular tube enables the operator to quickly find the most comfortable eyepoint position which minimizes the risk of back strain and muscle tension and promotes productivity and quality in routine applications.
Fluorescence
For the macro fluorescence observation of living cells and organisms with GFP, Olympus supplies with the RFL fluorescence illuminator and specialized digital cameras highest brightness and contrast in fluorescence imaging.
LED-Illumination
The world's first universal reflected/transmitted light LED illumination stand brings together all the advantages of LED technology. The super slim, high-brightness LEDs successfully integrates transmitted illumination in a very slim base thgat allows easy specimen access and manipulation.
Documentation and analysis
Olympus digital cameras can be adapted via the optional available trinocular tube and side port. Choose the camera model which fits best your applications. Add one of our software packages depending on your needs which could range from easy archiving up to thorough analysis and reporting of your data.
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Olympus Microscopes
Olympus SZX10 - Advanced routine stereo zoom microscope
Key Features:
Resolution of 600 LP/mm
High Numerical Aperture (0.2)
Maximum magnification (126x)
Large Field of View (69.8 mm)
Long Working Distance (171 mm)
Easy to use fluorescence illuminator
The Olympus SZX10 is designed for routine research. It offers a maximum numerical aperture (NA) of 0.2, producing a resolution of 600 line pairs per millimetre. With this resolution (and peerless magnification) you can make your work more efficient, more precise and gain much more information from your samples. The Olympus SZX10 provides a zoom ratio of 10:1. With a broad range of objectives it is a fully modular system offering a range of options. Its compatibility with different imaging devices enables various application-dedicated configurations in materials and biological science applications.
Natural View - original shape, authentic colours
The DFPlan objective series is showing the shape of the specimen as it is, without any distortion. Furthermore the careful selection of lens surface coating and glass materials in the entire optical system makes it possible to observe and document specimens in their original, authentic colours. These features make the SZX10 the ideal choice for any preparation, measuring or verification task. The broad range of distortion free objectives offers the right choice for every need.
Automation
The SZX10 motorised focus drive (optional) is making the digital documentation with extended focal imaging (EFI) efficiently and fully automatic. This even allows creation of pseudo 3D images, closing the gap between documentation and what the eyes have seen before through the stereoscopic lightpath. To facilitate documentation and analysis the Olympus cell* imaging software family offers all the tools required from simple 2D measurements up to complex phase analysis in an easy to use environment.
Reliability and Repeatability
Many imaging or measuring tasks require the use of the same zoom magnification setting to ensure consistent and comparable results. The integrated 11 position click-stop provides quick and easy access to this important function. In addition the SZX10 allows the quick change between stereoscopic view and axial light path for the camera. The advantage of the axial light path setting is that measurements taken with the camera are reliable and precise in all directions making results independent from the orientation of the sample under the microscope.
Ultimate visual comfort
The advanced Olympus ComfortView eyepieces on the SZX2 stereo microscopes enable a significantly larger range of eye movement for viewing the 3D image, making both short and long term use much more comfortable. This also makes it easier to form the stereo image, resulting in reduced occurrence of eyestrain.
Ergonomic
Olympus believes that ergonomy is not an add-on and therefore each microscope is designed with the user in mind. As a result, all controls are easy to use and features like ComfortView and the low stage height, greatly reduce sources of stress. Olympus can even provide an observation tube capable of adjustment between 5° and 45° (to the horizontal), for situations where the stereo microscope is used at many different heights.
High speed imaging
With the SZX2 range being so versatile, you will want to document or show live digital views of your sample. By fitting the SZX2 stereos with a trinocular head and moving the objective in the axial imaging pathway provides a perpendicular view of the sample. Attaching the Olympus DP71 cooled digital camera produces a very flexible imaging station. This is designed for high resolution documentation (up to 12.5 mega pixels) as well as high-speed imaging for live views in both colour and monochrome. The advanced interface enables excellent colour reproduction and no visible colour shifts during sample movement.
From the base up
The Olympus SZX2 range features the unique Olympus LED base system enabling fine control of transmitted illumination for bright and even images. With the ultra-slim 40 mm base, the SZX2 range has the most ergonomic stage height available. Moreover, a novel carousel enables the easy selection and control of brightfield, darkfield and oblique illumination. The long-life LEDs do not heat the stage or sample, greatly enhancing the flexibility for both research and advanced routine life science and material stereo microscopy.
Perfect oblique illumination
Most stereo microscopes use mirrors to create oblique illumination, which can lead to uneven and inconsistent contrast in the field of view. The SZX2 LED illumination system uses a fine shutter system of thin lamellae to produce ultra-precise and completely even oblique illumination. With this unique system, transparent samples can be seen with the same contrast across the entire field of view.
Automation
The SZX10 motorised focus drive (optional) is making the digital documentation with extended focal imaging (EFI) efficiently and fully automatic. This even allows creation of pseudo 3D images, closing the gap between documentation and what the eyes have seen before through the stereoscopic lightpath. To facilitate imaging and documentation the Olympus cell* software family provides you with flexible and easy to use functionality for better image acquisition, processing, archiving and analysis.
Easy fluorescence
The SZX-RFL2 is designed to allow fluorescence observation of organisms and living cells. Today researchers are often concentrating on making fluorescence observations via stereo microscopes, which not only let them observe large specimens but furthermore facilitate injections due to their longer working distance. In response to those needs, Olympus has made brightness and ease of use the key features of the high-performance SZX-RFL2 fluorescence illumination system.
Key Features:
Resolution of 600 LP/mm
High Numerical Aperture (0.2)
Maximum magnification (126x)
Large Field of View (69.8 mm)
Long Working Distance (171 mm)
Easy to use fluorescence illuminator
The Olympus SZX10 is designed for routine research. It offers a maximum numerical aperture (NA) of 0.2, producing a resolution of 600 line pairs per millimetre. With this resolution (and peerless magnification) you can make your work more efficient, more precise and gain much more information from your samples. The Olympus SZX10 provides a zoom ratio of 10:1. With a broad range of objectives it is a fully modular system offering a range of options. Its compatibility with different imaging devices enables various application-dedicated configurations in materials and biological science applications.
Natural View - original shape, authentic colours
The DFPlan objective series is showing the shape of the specimen as it is, without any distortion. Furthermore the careful selection of lens surface coating and glass materials in the entire optical system makes it possible to observe and document specimens in their original, authentic colours. These features make the SZX10 the ideal choice for any preparation, measuring or verification task. The broad range of distortion free objectives offers the right choice for every need.
Automation
The SZX10 motorised focus drive (optional) is making the digital documentation with extended focal imaging (EFI) efficiently and fully automatic. This even allows creation of pseudo 3D images, closing the gap between documentation and what the eyes have seen before through the stereoscopic lightpath. To facilitate documentation and analysis the Olympus cell* imaging software family offers all the tools required from simple 2D measurements up to complex phase analysis in an easy to use environment.
Reliability and Repeatability
Many imaging or measuring tasks require the use of the same zoom magnification setting to ensure consistent and comparable results. The integrated 11 position click-stop provides quick and easy access to this important function. In addition the SZX10 allows the quick change between stereoscopic view and axial light path for the camera. The advantage of the axial light path setting is that measurements taken with the camera are reliable and precise in all directions making results independent from the orientation of the sample under the microscope.
Ultimate visual comfort
The advanced Olympus ComfortView eyepieces on the SZX2 stereo microscopes enable a significantly larger range of eye movement for viewing the 3D image, making both short and long term use much more comfortable. This also makes it easier to form the stereo image, resulting in reduced occurrence of eyestrain.
Ergonomic
Olympus believes that ergonomy is not an add-on and therefore each microscope is designed with the user in mind. As a result, all controls are easy to use and features like ComfortView and the low stage height, greatly reduce sources of stress. Olympus can even provide an observation tube capable of adjustment between 5° and 45° (to the horizontal), for situations where the stereo microscope is used at many different heights.
High speed imaging
With the SZX2 range being so versatile, you will want to document or show live digital views of your sample. By fitting the SZX2 stereos with a trinocular head and moving the objective in the axial imaging pathway provides a perpendicular view of the sample. Attaching the Olympus DP71 cooled digital camera produces a very flexible imaging station. This is designed for high resolution documentation (up to 12.5 mega pixels) as well as high-speed imaging for live views in both colour and monochrome. The advanced interface enables excellent colour reproduction and no visible colour shifts during sample movement.
From the base up
The Olympus SZX2 range features the unique Olympus LED base system enabling fine control of transmitted illumination for bright and even images. With the ultra-slim 40 mm base, the SZX2 range has the most ergonomic stage height available. Moreover, a novel carousel enables the easy selection and control of brightfield, darkfield and oblique illumination. The long-life LEDs do not heat the stage or sample, greatly enhancing the flexibility for both research and advanced routine life science and material stereo microscopy.
Perfect oblique illumination
Most stereo microscopes use mirrors to create oblique illumination, which can lead to uneven and inconsistent contrast in the field of view. The SZX2 LED illumination system uses a fine shutter system of thin lamellae to produce ultra-precise and completely even oblique illumination. With this unique system, transparent samples can be seen with the same contrast across the entire field of view.
Automation
The SZX10 motorised focus drive (optional) is making the digital documentation with extended focal imaging (EFI) efficiently and fully automatic. This even allows creation of pseudo 3D images, closing the gap between documentation and what the eyes have seen before through the stereoscopic lightpath. To facilitate imaging and documentation the Olympus cell* software family provides you with flexible and easy to use functionality for better image acquisition, processing, archiving and analysis.
Easy fluorescence
The SZX-RFL2 is designed to allow fluorescence observation of organisms and living cells. Today researchers are often concentrating on making fluorescence observations via stereo microscopes, which not only let them observe large specimens but furthermore facilitate injections due to their longer working distance. In response to those needs, Olympus has made brightness and ease of use the key features of the high-performance SZX-RFL2 fluorescence illumination system.
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Olympus Microscopes
Olympus SZX16 - Research stereo zoom microscope
Key Features:
Superior resolution of 900 LP/mm
High Numerical Aperture (0.3)
Maximum magnification (230x)
Large Field of View (104.8 mm)
Long Working Distance (141 mm)
Superb fluorescence capabilities
The Olympus SZX16 is designed for advanced research and leaves other stereos in its wake with a maximum numerical aperture (NA) of 0.3, producing a superior resolution of 900 line pairs per millimetre. With such amazing resolution (and peerless magnification) you can make your work more efficient, more precise and gain much more information from your samples. The Olympus SZX16 provides a large zoom ratio of 16.4:1. With this seamless zoom ratio combined with the most comprehensive range of parfocal objectives (0.5x, 1.0x, 1.6x & 2.0x), the SZX16 can take you from a macro-view to a micro-view allowing e.g. visualisation of ultra precise details on manufactured micro devices
Key Features:
Superior resolution of 900 LP/mm
High Numerical Aperture (0.3)
Maximum magnification (230x)
Large Field of View (104.8 mm)
Long Working Distance (141 mm)
Superb fluorescence capabilities
The Olympus SZX16 is designed for advanced research and leaves other stereos in its wake with a maximum numerical aperture (NA) of 0.3, producing a superior resolution of 900 line pairs per millimetre. With such amazing resolution (and peerless magnification) you can make your work more efficient, more precise and gain much more information from your samples. The Olympus SZX16 provides a large zoom ratio of 16.4:1. With this seamless zoom ratio combined with the most comprehensive range of parfocal objectives (0.5x, 1.0x, 1.6x & 2.0x), the SZX16 can take you from a macro-view to a micro-view allowing e.g. visualisation of ultra precise details on manufactured micro devices
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Olympus Microscopes
Olympus MVX10 MacroView - a class of its own
Key Features:
Maximum fluorescence efficiency plus stereo observation
Excellent light transmission from near UV to near IR increases the range of usable fluorophores
Maximum specimen protection due to short exposure time
Seamless observation from 4x to125x
Long WD for observation at optimum magnification
Complete system solutions for optimised recordings
Researchers are interested in the impact of gene expression and protein function not only at the cellular level but also within whole tissues, organs and even organisms. Hence organisms like C. elegans(nematode worm), Drosophila melanogaster (fruit fly), Danio rerio (zebrafish), Xenopus leavis (african clawed frog), Mus musculus (mouse) or the plant Arabidopsis thaliana (wall cress) are used as biological models for in vivo studies in a vast field of research applications. Fluorescence techniques are ideal for the observation of these organisms because they are non-destructive and can be performed over long periods.
The perfect microscope for fluorescence observation in intact organisms must combine maximum detection efficiency from lowest to highest magnifications with a high magnification zoom and high NA for the resolution of fine details within organs, tissues and even cells. The Olympus MVX10 MacroView brings both of these factors together with many other unique features to bridge the gap between macro and micro observation, providing unprecedented brightness, resolution and precision.
The Olympus MVX10 Optical Concept
Stereo microscopes have been so far the devices of choice for fluorescence observation at low magnifications. Two zoom optical paths – one for the left and one for the right eye - are the basis for the stereoscopic effect. This optical concept is disadvantageous for observation and imaging of weak fluorescence signals because every optical path gets only half of the light collected by the objective thus reducing overall intensity notably. The Olympus MVX10 MacroView employs a single, zoom optical path with large diameter, optimised for unprecedented light collecting efficiency and resolution at all magnifications. - Fluorescence from whole organisms down to the cellular level, the MVX10 sees it all.
But there is more. The MVX10 features a unique pupil division mechanism in the eye observation lightpath. Its stereoscopic effect is not as prominent as in a classical stereo microscope but suitable for many observations. So you can get both, highest light efficiency and stereo observation in one system, just by moving a slider.
Dedicated to fluorescence
All optical components in combination with the lightpath design contribute to the phenomenal fluorescence performance of the MVX10. The single-zoom optical path with a large diameter is optimised to collect light with unprecedented efficiency. Using latest technologies and new materials, the MVX10 objectives produce minimal autofluorescence. This together with very high numerical apertures results in an extremely good signal-to-noise (S/N) ratio, ensuring excellent contrast for observation of even the faintest fluorescence signals.
Fluorescence equipment
A new coating technique gives the Olympus HQ filters an exceptional edge steepness and very low autofluorescence. All the filter cubes are equipped to absorb stray light. Light collection efficiency is also maximised with an aspherical fluorescence collector, which bundles the light for minimum intensity loss.
A unique objective line
The MVX10 provides the same working distance and large field of view as stereo microscopes, but with much higher resolution due to the increased numerical apertures (NA) of the objectives. Specially designed for the MVX10, the 0,63x, 1x and 2x planapochromatic objectives produce highest image quality at all wavelenghts. All three objectives are plan-corrected for best image flatness and show high transmission to near infrared (IR) and superior chromatic aberration correction. This results in great flexibility for efficient, fast and precise fluorescence observation, screening and imaging — from low to high magnification over time.
From macro to micro
Using the 2-position revolving nosepiece with the 0.63x and 2x objectives expands the usable zoom range up to 31.
The objectives are parfocal corrected, making refocusing after objective switching very quick and easy. Only a small amount of fine focusing is necessary to return to the optimal focus position, making macro to micro changes seamless. The 2x objective is also equipped with an additional correction collar to adjust the image quality independently of the specimen medium.
Seeing is believing: tailor-made system solutions by Olympus
The Olympus imaging system solutions make sure that you always get the best possible results. Highly sensitive and dynamic cameras ensure data acquisition in shortest time and with highest fidelity. The intuitive Olympus cellSens software and the xcellence imaging system allows easy control of all functions and experimental parameters including processing and analysis of images. The systems are also capable of supporting prolonged visualisation of samples requiring careful environmental control with the addition of accessories, such as a heated stage.
Key Features:
Maximum fluorescence efficiency plus stereo observation
Excellent light transmission from near UV to near IR increases the range of usable fluorophores
Maximum specimen protection due to short exposure time
Seamless observation from 4x to125x
Long WD for observation at optimum magnification
Complete system solutions for optimised recordings
Researchers are interested in the impact of gene expression and protein function not only at the cellular level but also within whole tissues, organs and even organisms. Hence organisms like C. elegans(nematode worm), Drosophila melanogaster (fruit fly), Danio rerio (zebrafish), Xenopus leavis (african clawed frog), Mus musculus (mouse) or the plant Arabidopsis thaliana (wall cress) are used as biological models for in vivo studies in a vast field of research applications. Fluorescence techniques are ideal for the observation of these organisms because they are non-destructive and can be performed over long periods.
The perfect microscope for fluorescence observation in intact organisms must combine maximum detection efficiency from lowest to highest magnifications with a high magnification zoom and high NA for the resolution of fine details within organs, tissues and even cells. The Olympus MVX10 MacroView brings both of these factors together with many other unique features to bridge the gap between macro and micro observation, providing unprecedented brightness, resolution and precision.
The Olympus MVX10 Optical Concept
Stereo microscopes have been so far the devices of choice for fluorescence observation at low magnifications. Two zoom optical paths – one for the left and one for the right eye - are the basis for the stereoscopic effect. This optical concept is disadvantageous for observation and imaging of weak fluorescence signals because every optical path gets only half of the light collected by the objective thus reducing overall intensity notably. The Olympus MVX10 MacroView employs a single, zoom optical path with large diameter, optimised for unprecedented light collecting efficiency and resolution at all magnifications. - Fluorescence from whole organisms down to the cellular level, the MVX10 sees it all.
But there is more. The MVX10 features a unique pupil division mechanism in the eye observation lightpath. Its stereoscopic effect is not as prominent as in a classical stereo microscope but suitable for many observations. So you can get both, highest light efficiency and stereo observation in one system, just by moving a slider.
Dedicated to fluorescence
All optical components in combination with the lightpath design contribute to the phenomenal fluorescence performance of the MVX10. The single-zoom optical path with a large diameter is optimised to collect light with unprecedented efficiency. Using latest technologies and new materials, the MVX10 objectives produce minimal autofluorescence. This together with very high numerical apertures results in an extremely good signal-to-noise (S/N) ratio, ensuring excellent contrast for observation of even the faintest fluorescence signals.
Fluorescence equipment
A new coating technique gives the Olympus HQ filters an exceptional edge steepness and very low autofluorescence. All the filter cubes are equipped to absorb stray light. Light collection efficiency is also maximised with an aspherical fluorescence collector, which bundles the light for minimum intensity loss.
A unique objective line
The MVX10 provides the same working distance and large field of view as stereo microscopes, but with much higher resolution due to the increased numerical apertures (NA) of the objectives. Specially designed for the MVX10, the 0,63x, 1x and 2x planapochromatic objectives produce highest image quality at all wavelenghts. All three objectives are plan-corrected for best image flatness and show high transmission to near infrared (IR) and superior chromatic aberration correction. This results in great flexibility for efficient, fast and precise fluorescence observation, screening and imaging — from low to high magnification over time.
From macro to micro
Using the 2-position revolving nosepiece with the 0.63x and 2x objectives expands the usable zoom range up to 31.
The objectives are parfocal corrected, making refocusing after objective switching very quick and easy. Only a small amount of fine focusing is necessary to return to the optimal focus position, making macro to micro changes seamless. The 2x objective is also equipped with an additional correction collar to adjust the image quality independently of the specimen medium.
Seeing is believing: tailor-made system solutions by Olympus
The Olympus imaging system solutions make sure that you always get the best possible results. Highly sensitive and dynamic cameras ensure data acquisition in shortest time and with highest fidelity. The intuitive Olympus cellSens software and the xcellence imaging system allows easy control of all functions and experimental parameters including processing and analysis of images. The systems are also capable of supporting prolonged visualisation of samples requiring careful environmental control with the addition of accessories, such as a heated stage.
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Olympus Microscopes
Motic K400 4-Step CMO stereomicroscope system - The microscope for both biological and industrial inspection.
Employing a Common Main Objective [CMO] optical system, the Motic K400 produces flat, crisp, and true colour representations for the user over a long and continuous period. The CMO system benefits the user with the potential of accessory addition without sacrificing optical quality, which makes the K400 suitable for inspection applications.
The various contrast methods offer endless expandability of the Motic K400 without the need for purchasing a new microscope or modification. Therefore, one problem can be examined in two to three different methods with one microscope without the extra space required for another microscope. An ideal option for universities or laboratories with limited space.
Documenting one"s findings is a matter of choice, choice in method that is. The K400 offers the traditional photographic method [still] as well as the increasing popular and powerful method of digital documentation through one optical bridge. Further enhancing the image"s details and quality is the built-in double iris diaphragm of the optical bridge to compensate for over saturation of the illumination or the reflectiveness of the sample.
Features
* Continuous flatness and parfocality throughout the steps
* Magnification up to 320X
* Field of view up to 127.8mm
* Various contrast and documentation options
Remark
A Plan Achromat version is available as the K401 model.
Employing a Common Main Objective [CMO] optical system, the Motic K400 produces flat, crisp, and true colour representations for the user over a long and continuous period. The CMO system benefits the user with the potential of accessory addition without sacrificing optical quality, which makes the K400 suitable for inspection applications.
The various contrast methods offer endless expandability of the Motic K400 without the need for purchasing a new microscope or modification. Therefore, one problem can be examined in two to three different methods with one microscope without the extra space required for another microscope. An ideal option for universities or laboratories with limited space.
Documenting one"s findings is a matter of choice, choice in method that is. The K400 offers the traditional photographic method [still] as well as the increasing popular and powerful method of digital documentation through one optical bridge. Further enhancing the image"s details and quality is the built-in double iris diaphragm of the optical bridge to compensate for over saturation of the illumination or the reflectiveness of the sample.
Features
* Continuous flatness and parfocality throughout the steps
* Magnification up to 320X
* Field of view up to 127.8mm
* Various contrast and documentation options
Remark
A Plan Achromat version is available as the K401 model.
Published in
Motic Microscopes
Motic K401 Plan Achromat 4- Step CMO stereomicroscope - Ideal for inspection and photomicrographic applications
The Motic K401 expands on the benefits of a Common Main Objective [CMO] optical system by integrating a Plan Achromat objective to further reveil information within the field of view. Images on the edge of the field of view appear flat instead of curved, as in other systems, which makes the K401 ideal for inspection and photomicrography.
With the longest standard working distance [110mm], the Motic K401 merges the benefit of the Greenough system"s long working distance with the optical clarity of the CMO system for a more versatile solution for numerous applications. The K401"s working distance can be further increased [up to 312mm] through the use of Achromat auxiliary objectives.
In documentation mode, true colour renditions via a still or video device are the results of the K401"s Plan Achromat objective and the utilisation of the double iris diaphragm of the 1500.4 optical bridge. Documentation is easily converted to analysis with the employment of one of Motic"s digital application camera and self-produced software packages to fully maximise the potential of the K401.
Features
* Plan Achromat standard objective for true flatness and colour representation
* Longer standard working distance of 110mm
* Magnification up to 320X
* Field of view up to 127.8mm
* Various contrast and documentation methods
The Motic K401 expands on the benefits of a Common Main Objective [CMO] optical system by integrating a Plan Achromat objective to further reveil information within the field of view. Images on the edge of the field of view appear flat instead of curved, as in other systems, which makes the K401 ideal for inspection and photomicrography.
With the longest standard working distance [110mm], the Motic K401 merges the benefit of the Greenough system"s long working distance with the optical clarity of the CMO system for a more versatile solution for numerous applications. The K401"s working distance can be further increased [up to 312mm] through the use of Achromat auxiliary objectives.
In documentation mode, true colour renditions via a still or video device are the results of the K401"s Plan Achromat objective and the utilisation of the double iris diaphragm of the 1500.4 optical bridge. Documentation is easily converted to analysis with the employment of one of Motic"s digital application camera and self-produced software packages to fully maximise the potential of the K401.
Features
* Plan Achromat standard objective for true flatness and colour representation
* Longer standard working distance of 110mm
* Magnification up to 320X
* Field of view up to 127.8mm
* Various contrast and documentation methods
Published in
Motic Microscopes
Motic SMZ-168 High-performance zoom microscope - Versatile stereomicroscope solution for complex applications
The Motic SMZ-168 Series of stereomicroscopes incorporates a zoom ratio of 1:6.7, one of the industry's largest, with a standard working distance of 113mm inside a Greenough optical stereo system. Moreover, the standard system provides a maximum magnification of 50X [with standard 10X eyepieces] and guaranteed parfocality throughout the magnifications.
Designed for long term usage, the Motic SMZ-168 is available in both a 35° and 60° observation angle format to fit the application and environment setup. Assisting in fatigue preventation is the high eyepoint system of the standard 10X eyepieces, which allows the user to assume a more comfortable posture when using the microscope and eyeglass wearers to observe without the fear of scratching their lenses. The standard eyepieces offer a field of view fo 30.7mm to cover more of sample in less time.
Features
* 6.7 : 1 Zoom Ratio
* 6.7X - 50X Standard Magnification
* 113mm Working Distance
* 35° ergonomic observation angle
* 6 Achromat auxiliary objectives
* Available in trinocular and 60° head versions
Remark
Fabricated for versatility, the SMZ-168 is offer in a modular format to conform the requirements of the task and environment. Expansion is possible with a varity of accessories to handle the complex needs of today as well as tomorrow. The following is a brief reference list of possible industrial applications for the SMZ-168.
Wire Bonder: The role of the SMZ-168 60, plus industrial arm, on a wire bonder is to periodically inspect the bond head"s alignment in placing the wire.
Manual Probe Station: For inspection of bonding pads and large geometrics, the SMZ-168 Trinocular is the ideal choice. The trinocular version provides the option of video output for a convenient observation or digital for documentation and later analysis.
Pull Tester: The SMZ-168 60° with an industrial arm is the optical inspection unit to view the process of pull testing a random wire bonded substrate for failure analysis.
Medical Device Inspection: Using the SMZ-168 on a boom stand with an exterior light source [i.e. MLC-150 with ring light guide] provides the working surface and/or space saving needed for this inspections. Using the SMZ-168 trinocular with either a Moticam or a third party camera converts the inspection station into a documentation and analysis centre.
The Motic SMZ-168 Series of stereomicroscopes incorporates a zoom ratio of 1:6.7, one of the industry's largest, with a standard working distance of 113mm inside a Greenough optical stereo system. Moreover, the standard system provides a maximum magnification of 50X [with standard 10X eyepieces] and guaranteed parfocality throughout the magnifications.
Designed for long term usage, the Motic SMZ-168 is available in both a 35° and 60° observation angle format to fit the application and environment setup. Assisting in fatigue preventation is the high eyepoint system of the standard 10X eyepieces, which allows the user to assume a more comfortable posture when using the microscope and eyeglass wearers to observe without the fear of scratching their lenses. The standard eyepieces offer a field of view fo 30.7mm to cover more of sample in less time.
Features
* 6.7 : 1 Zoom Ratio
* 6.7X - 50X Standard Magnification
* 113mm Working Distance
* 35° ergonomic observation angle
* 6 Achromat auxiliary objectives
* Available in trinocular and 60° head versions
Remark
Fabricated for versatility, the SMZ-168 is offer in a modular format to conform the requirements of the task and environment. Expansion is possible with a varity of accessories to handle the complex needs of today as well as tomorrow. The following is a brief reference list of possible industrial applications for the SMZ-168.
Wire Bonder: The role of the SMZ-168 60, plus industrial arm, on a wire bonder is to periodically inspect the bond head"s alignment in placing the wire.
Manual Probe Station: For inspection of bonding pads and large geometrics, the SMZ-168 Trinocular is the ideal choice. The trinocular version provides the option of video output for a convenient observation or digital for documentation and later analysis.
Pull Tester: The SMZ-168 60° with an industrial arm is the optical inspection unit to view the process of pull testing a random wire bonded substrate for failure analysis.
Medical Device Inspection: Using the SMZ-168 on a boom stand with an exterior light source [i.e. MLC-150 with ring light guide] provides the working surface and/or space saving needed for this inspections. Using the SMZ-168 trinocular with either a Moticam or a third party camera converts the inspection station into a documentation and analysis centre.
Published in
Motic Microscopes
Motic SL-41/47 Stereomicroscopes - Ideal stereomicroscopes for viewing large samples at a constant magnification with a large field of view.
The SL-41/47 are the ideal simple stereomicroscope for veiwing irregular or large objects. Equipped with large working distances, both systems leave you with enough room to manuever around the sample. The system is supported by a base stand and three supporting beams for balance and stabilty. Should you require a closer look at a particular section, the quick release locking mechanism allows you to tilt and lock the system without the hassle of unscrewing several security locks only to move the head 10 - 20° for a brief periond of time.
The Motic SL-41 is available with a 1W LED spot illumination whereas the Motic SL-47 is available with both a 1W LED spot illumination and a 10W/12V tungsten flat filament illumination. Both systems have a standard magnification of 20X [2X objective] with a field of view of 10mm [WF10X/F.N.20]. A series of auxiliary eyepieces and objectives are available.
Specifications
Motic SL-41 Working Distance:
* 1.0X - 156.5mm
* 2.0X - 114.5mm (Standard)
* 3.5X - 114.5mm
Motic SL-47 Working Distance:
* 0.5X - 108mm
* 1.0X - 152mm
* 2.0X - 107.5mm (Standard)
* 3.5X - 107.5mm
Features
* Standard magnification of 20X
* Long working distance
* Fast release locking mechanism
* 1W LED illumination
The SL-41/47 are the ideal simple stereomicroscope for veiwing irregular or large objects. Equipped with large working distances, both systems leave you with enough room to manuever around the sample. The system is supported by a base stand and three supporting beams for balance and stabilty. Should you require a closer look at a particular section, the quick release locking mechanism allows you to tilt and lock the system without the hassle of unscrewing several security locks only to move the head 10 - 20° for a brief periond of time.
The Motic SL-41 is available with a 1W LED spot illumination whereas the Motic SL-47 is available with both a 1W LED spot illumination and a 10W/12V tungsten flat filament illumination. Both systems have a standard magnification of 20X [2X objective] with a field of view of 10mm [WF10X/F.N.20]. A series of auxiliary eyepieces and objectives are available.
Specifications
Motic SL-41 Working Distance:
* 1.0X - 156.5mm
* 2.0X - 114.5mm (Standard)
* 3.5X - 114.5mm
Motic SL-47 Working Distance:
* 0.5X - 108mm
* 1.0X - 152mm
* 2.0X - 107.5mm (Standard)
* 3.5X - 107.5mm
Features
* Standard magnification of 20X
* Long working distance
* Fast release locking mechanism
* 1W LED illumination
Published in
Motic Microscopes
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